Pirelli PZero All Season Plus 235/50 R17 96W

The Pirelli PZero All Season Plus summer tire is positioned by the manufacturer as a high-performance tire for premium-class passenger cars. It is distinguished by improved traction properties on snow and wet surfaces, excellent handling, increased wear resistance, and acoustic comfort.

The tread pattern is designed in an asymmetric design with a clear division into inner and outer parts, each with its own functionality. In particular, on the inner side of the tread, "winter" 3D lamellas with saw-tooth edges are used. This increases traction and braking characteristics on snow and wet surfaces, ensuring good course stability in such conditions. Another distinctive feature of the pattern is the increased outer shoulder area and the presence of elongated lamellas in it. This design increases the accuracy of handling and stability of grip in turns, while maintaining these properties on wet surfaces as well.

Another important feature is the design of the breaker, located directly under the tread. It is a nylon cord, the winding technology of which allows changing the tension of synthetic fibers under the influence of multidirectional acceleration forces. This optimizes the profile of the tread, ensuring uniform pressure distribution over the road surface. In motion, this manifests itself in increased smoothness of the ride and ease of handling. This solution significantly slows down the process of abrasive wear of the tread. The "step-by-step" arrangement of the tread pattern elements has led to an increase in wear resistance and a reduction in noise and vibrations.

Main features of Pirelli PZero All Season Plus

- 3D lamellas with saw-tooth edges increase the reliability of handling on snow and wet surfaces;
- optimized nylon breaker improves traction and handling, increases smoothness of the ride, prevents tread wear;
- increased outer shoulder area with long block and lamella edges provides handling accuracy and stability in turns, increases traction and braking intensity on wet surfaces.